Cu-PHC Low-Phosphorus High-Conductivity Strip product detail at Eata Ray
Cu-PHC Low-Phosphorus High-Conductivity Strip
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Cu-PHC Low-Phosphorus High-Conductivity Strip

Cat No:HPMHPC-0003

Description

This low-phosphorus deoxidized high-conductivity copper strip offers immunity to hydrogen embrittlement with very high electrical conductivity. The material exhibits excellent formability, weldability and brazability. Outstanding performance in dynamic bend tests makes it well established as conductor material for flexible flat cables.

Basic Information

Alloy System Cu-PHC (C10300 / Cu-PHC / TUP0.003)
Chemical Composition Cu >99.95%, P 0.001-0.005%
Density (g/cm³) 8.94
Electrical Conductivity (%IACS or MS/m) 100% IACS at 20°C, 58 MS/m
Thermal Conductivity (W/(m·K)) 391
Elastic Modulus (GPa) 115
Coefficient of Thermal Expansion (×10⁻⁶/K) 17.7 (20-300°C)
Tensile Strength (MPa) R220: 220-260; R245: 240-300; R290: 290-360; R360: ≥360
Yield Strength (MPa) R220: ≤140; R245: ≥180; R290: ≥250; R360: ≥320
Hardness (HV) R220: 40-70; R245: 65-95; R290: 90-110; R360: ≥110
Elongation (%) R220: ≥33; R245: ≥8; R290: ≥4; R360: ≥2
Bendability Thickness ≤0.5mm, width 10mm; R220: 90° bend at 0R/T good way and bad way; R245: 0R/T; R290: 0R/T; R360: 0R/T
Strip Thickness (mm) 0.08-4.0
Strip Width (mm) Minimum 8.5
Coil Outside Diameter (mm) Up to 1300
Coil Weight (kg) Traverse-wound up to 500; multiple-coil up to 3000
Fatigue Strength Typically one-third of tensile strength; for solid solution fine grain materials may increase to 0.5× tensile strength
Fabrication Properties Cold forming: excellent; machining: average; electroplating: excellent; hot-dip tinning: excellent; laser welding: not suitable; resistance welding: good; soft soldering: excellent

Applications

Applications Signal connectors, semiconductor lead frames, flexible flat cables, busbars, base plates for power modules, electrical conductors

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